Program Controlled Sintering Oven Industrial ISO 9001 Approved

PTFE Sintering Furnace


Product Description:

PTFE Industrial Nitrogen Sintering Furnace. Capable of paperless recording and group-unrestricted programming. Its sintering records can last one year. The multiple sintering furnaces can be operated at the same time and the remote control is available.

PTFE Sintering Furnace Features:
Suko sintering Furnace deliver tight temperature control and temperature uniformity throughout the heated chamber providing an efficient and consistent sintering process from cycle to cycle. These ovens are commonly used in applications requiring a material to be formed without melting, such as: sintering a PTFE molded rods, sheets tubes etc.
ü It is mainly used to definite form under designated temperature after sintering completion of PTFE products, Technological requirements are not subject to limitations.
ü Special pipelines are installed at the air outlet to vent waste air along preinstalled pipelines without polluting workshop and environment.
ü The configuration of energy-saving heating components has characteristics of fast heating, electricity-saving and long application life.
ü By adopting hot air circulating principle, high rotating speed multi blade circular blower can diffuse hot air evenly with high wind rate.
ü Hearth liner and turn plate are made of stainless steel material with steady rotation, stable forming and high rate of finished products.

PTFE sintering furnace Specifications

1, coating sintering furnace;
2, steel-made furnace;
3, any curve, aircycling furnace;
4, program-controlled;
5, ISO9001 certificate;

Features of RFX Series as follows:
1. Single segment: There are only two mode of start-up heating and stop. The temperature inside the furnace can rise from normal state to designated state.
2. Multi-segment: 30 segments of different time and temperature can be programmed. The furnace can operate according to the temperature and time that have been set after being started up.
3. Multi-unit: 16 segments of different time and temperature can be programmed. It is invoked according to designated products, The furnace can operate according to the temperature and time that have been set after being started up.
4. Proportion: Within effective output range, its actual heating output can change in series to keep even temperature inside the furnace.
5. Integration: Instrument and heating apparatus are controlled by high-low pressure electrical isolation of modern electronic technology to ensure the safe operation of apparatus and equipment.
6. Automation: Circular blower and turnplate can stop and operate at the designated temperature. 7.Memory: Each sintering record can be taken down and recorded date can last for 365 days. Data can be copied into computer for reading and archiving by U disk according to specific request.

The application scenario of a PTFE sintering furnace would typically be in the manufacturing industry, specifically in the production of polytetrafluoroethylene (PTFE) components. PTFE is a synthetic polymer that offers excellent chemical resistance and low friction properties, making it ideal for various applications such as seals, gaskets, bearings, and electrical insulation.

In the production process of PTFE components, sintering is a critical step where the powdered PTFE material is heated to a specific temperature below its melting point to form a solid mass without the need for additional pressure. This process helps in achieving the desired mechanical properties and dimensions of the final PTFE part.

A PTFE sintering furnace would be used to precisely control the temperature and atmosphere during the sintering process to ensure the quality and consistency of the PTFE components. The furnace would typically feature a controlled heating system, temperature sensors, and an inert gas atmosphere to prevent oxidation of the PTFE material.

Overall, the application scenario of a PTFE sintering furnace is crucial in the production of high-quality PTFE components for various industries such as automotive, chemical processing, electronics, and aerospace.

Technical Data: